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Define the left-hand algorithm: Write the code for the left-hand algorithm.This involves writing the code to control the direction and speed of the motors. Set up the motors: Initialize the motors and set up the pins for the motor driver.This involves writing the code to read the sensor data and store it in the variables you defined earlier. Set up the sensors: Initialize the sensors and set up the pins for the ultrasonic and IR sensors.You will need to define variables for each of the sensors and motors that you are using in your robot. Define variables: Start by defining variables for the robot's sensors, motors, and direction.Here are the steps to code the left-hand algorithm for a micro mouse robot: The left-hand algorithm is a simple and effective method for navigating a maze, and it involves keeping the left-hand side of the wall as a guide and always turning left at every intersection until reaching the center of the maze.

With the right tools and techniques, anyone can build a micro mouse and compete in the micro mouse competition.Ĭoding the left-hand algorithm is an important step in building a micro mouse robot. Overall, building and programming a micro mouse is a fun and challenging project that requires knowledge in electronics, programming, and robotics. The robot's performance can be improved by tweaking its sensors, motors, and algorithms. Once the robot is programmed, it can be tested in a maze to see if it can navigate to the center using the left-hand algorithm. You will also need to write a code that allows the robot to use the left-hand algorithm to navigate the maze. To program the micro mouse using Arduino, you will need to use a programming language like C++ and an Integrated Development Environment (IDE) like the Arduino IDE.

It involves keeping the left-hand side of the wall as a guide and always turning left at every intersection until reaching the center of the maze. The left-hand algorithm is a popular method used to navigate the maze.

The objective of the micro mouse competition is to find the shortest path from the starting point to the center of the maze. The robot is programmed using microcontrollers like Arduino and equipped with sensors that help it detect and map its environment. Micro Mouse is a small robotic vehicle designed to navigate and solve a maze autonomously.